def test_empty_section():
doc = Drawing()
sec = load_section(EMPTYSEC, 'CLASSES')
cls_entities = [doc.dxffactory.entity_from_tags(e) for e in sec]
section = ClassesSection(None, iter(cls_entities))
stream = StringIO()
section.export_dxf(TagWriter(stream))
result = stream.getvalue()
stream.close()
assert EMPTYSEC == result
def test_min_r12_drawing():
tags = Tags.from_text(MINIMALISTIC_DXF12)
drawing = Drawing(tags)
assert len(drawing.linetypes) == 0
def section():
doc = Drawing()
sec = load_section(TESTCLASSES, 'CLASSES')
cls_entities = [doc.dxffactory.entity_from_tags(e) for e in sec]
return ClassesSection(None, iter(cls_entities))
def setUp(self):
self.dwg = Drawing(StringIterator(MINIMALISTIC_DXF12))
def test_min_r12_drawing():
tags = Tags.from_text(MINIMALISTIC_DXF12)
return Drawing(tags)
def test_dxfversion(self):
dwg = Drawing(StringIterator(TEST_HEADER))
self.assertEqual('AC1009', dwg.dxfversion)
def min_r12():
return Drawing(internal_tag_compiler(MINIMALISTIC_DXF12))
def test_dxfversion_1():
dwg = Drawing(internal_tag_compiler(TEST_HEADER))
assert 'AC1009' == dwg.dxfversion
def setUp(self):
self.dwg = Drawing(string_tagger(MINIMALISTIC_DXF12))
def test_dxfversion(self):
dwg = Drawing(string_tagger(TEST_HEADER))
self.assertEqual('AC1009', dwg.dxfversion)